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This interactive, Flash-based, website takes you on a virtual journey of discovery into the nanoworld.

An overview of nanotechnology developed by IEEE, IBM, and the New York Hall of Science. The website includes information on materials and applications, interviews with nanotechnology experts, and extensive online resources such as lesson plans, games, and images.

Experiments exploring nanomaterials and properties. Find how nanofilters clean water, the size of a molecule of oleic acid and movement of molecules by diffusion. This resource provides hand-on activities, experiments, PowerPoints and hand-outs covering many topic in nanoscale science and...

The purpose of this lesson is to encourage students to think about how using tools helps them gather information about the world around them. This is especially important at the nanoscale, where the objects are too small to be seen...

This is a photograph of an organic light-emitting diode (OLED). OLEDs are being used in the newest generation of television screens. An OLED is comprised of a thin organic film held between conductors. When electrical current is applied to the...

Play doctor in the 21st century! Practice modern medicine by examining all dimensions of the body, from organs to molecules, as an interconnected system. Use innovative tests and treatments to heal your patients, not hurt them. With "Doctor Know," the...

This scanning electron microscope image shows an indium arsenide (InAs) nanowire field-effect transistor. Semiconductor nanowires such as those of indium arsenide (InAs) offer exciting possibilities for the electronic systems of the future because of the unique possibilities they offer for...

"Buy It, Or Better Not?" explores the many products where we find titanium dioxide (TiO2) in our everyday lives, from chewing gum to sunblock to house paint. In this conversational activity, participants consider the costs, risks, and benefits of nanoparticles...

"Liquid Crystals" is a group of hands-on activities and experiments developed at UW-MRSEC that explore how liquid crystals change color as their temperature changes. There are instructions for preparing liquid crystal mixtures, a thermometer and a pixel. There is also...

By using an EasyBake® oven and a spinning apparatus made of simple, easy-to-find components, middle school students can learn basic science concepts and develop their understanding of wafer fabrication which is an important part of nanotechnology processes and methods.

What You Can’t See Is All Around You. Mysteries of the Unseen World will transport audiences to places on the planet they've never been before, to see things that are beyond their normal vision yet are literally right in front...

Students simulate the function of a scanning probe microscope.This activity works best in groups of 3 students. Scanning Probe Microscopes (SPMs) of various types trace surface features by movement of a very fine pointed tip mounted on a flexible arm...

This is scanning electron microscope image of indium arsenide nanowires. Semiconductor nanowires such as those of indium arsenide (InAs) offer exciting possibilities for the electronic systems of the future because of the unique possibilities they offer for controlling fundamental properties...

A 40-minute live dramatic performance exploring nanoscale science and technology. Dan and Joel are brothers - Dan a know-it-all and Joel a naif - who must deliver a juggling show about atoms, molecules, nanoscale forces and scanning probe microscopy when...

The NACK center at Penn State University has set up a remote access to the Instrumentation available in their labs for educators to use in class. This is available free of cost to educators. Traditionally, an engineer from Penn State...

The NanoHub.org site hosts a rapidly growing collection of simulation programs for nanoscale phenomena that run in the cloud and are accessible through a web browser. In addition to simulation devices, the NanoHUB education page provides online presentations, courses, learning...

Australian animated videos on nanoscience scale (Part 1) and properties (Part 2). Underpinning an understanding of nanotechnology are two foundational aspects. First appreciating the nanoscale - how might we imagine one billionth of a meter? And second exploring novel nano...

In the semiconductor industry scientists take advantage of diffusion to "dope" or introduce atoms into a silicon wafer to change its conductive properties. The lesson simulates the diffusion of a gas phase substance (ammonia) into a solid substrate (gelatin) and...

This is a scanning electron microscope image of vertical arrays of zinc oxide (ZnO) nanowires on a sapphire substrate. Zinc oxide (ZnO) is an ideal material for nanoscale optoelectronics, electronics, and biotechnology applications. Numerous ZnO-based devices have already been developed,...

By: Shawn Y. Stevens, LeeAnn M. Sutherland, and Joseph S. Krajcik NSTA Press Book, 2009 ISBN 978-1-93515-507-2 Member Price: $22.36, Nonmember Price: $27.95 Grade Level: Middle School, High School

The NanoZone is both a website and a permanent exhibition at UC Berkeley's Lawrence Hall of Science. The website includes links to games, videos, and activities for families and children, as well as professional resources for teachers and museum educators.

Narrated by Stephen Fry, this film explores the strange world of nanoscience. www.nanoyou.eu Produced with the assistance of Nanoscience Centre, University of Cambridge Produced and DIrected by Tom Mustill Narrated by Stephen Fry

Inside Science TV produced by the American Institute of Physics features videos on nanotechnology including: Nanotech Material Protects Against Most Liquids

To encourage students to compare and contrast science and technology; experimental design and industrial design; and physics and its impact on nanotechnology. The students will be able to analyze and reflect on the forces, motion and energy transformations that can...

This scanning electron micrograph depicts a silicon crystal nanomachined into an antenna oscillator that can vibrate about 1.5 billion times per second. The antenna-type oscillator is a nanomachined single-crystal structure of silicon. Using this design, movements 1000 times smaller than...